Analyze complex functions, procedures and problems to deliver creative and effective solutions
Perform detailed analysis, design, code development, software integration and testing
Design and develop sophisticated DfMA digital framing and BIM modelling solutions in collaboration with the robotics and built engineering teams
Participate in design and code reviews
Integrate with Autodesk APIs to support cloud-based model access and version control
Help establish internal standards for BIM interoperability, scalability, and automation-readiness
Requirements
revit api
bim
rest api
python
c#
cs degree
Experience with AutoDesk Revit API or similar modelling solutions
Experience with the construction industry
Bachelor/Graduate degree in Computer Science or Computer/Electrical Engineering or related technical fields
Team player with excellent interpersonal and communication skills
Excellent problem solver and quick learner
Knowledge of Building Information Modeling (BIM)
Organized, focused and persistent with the ability to work to the plan and meet delivery dates
Experience with software design and development in a test-driven environment
Experience in developing REST API
Experience in Python and C# or .NET programming
Benefits
Information not given or found
Training + Development
Information not given or found
Interview process
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Visa Sponsorship
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Security clearance
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Company
Overview
25 Million
Funding Secured
Raised total capital to support development of their robotic factory platform.
50% Reduction
Cycle Time Decrease
Achieved significant reductions in construction cycle times through automation.
60% Faster
Build Speed Increase
Enabled much faster construction speeds compared to traditional methods.
60,000 Sq Ft
Factory Size
Launched a large-scale factory capable of producing significant housing volume annually.
Set out to revolutionize construction with expertise in prefab homebuilding and Autodesk R&D.
Deploys turnkey Factory‑as‑a‑Service systems that transform blueprints into AI‑sequenced robotic production lines for housing.
Typical projects include offsite framing for single‑family homes, townhomes, and multi‑story apartments, leveraging local material and labour.
A key partnership with KUKA Robotics further integrates industrial‑grade robots into scalable home production.
Manages the full automation lifecycle—from design upload to on‑site assembly—so builders handle only the construct.
Culture + Values
Mission‑driven & Impactful: They have a deep sense of purpose and commitment to making positive societal, environmental, and economic outcomes.
Creative & Innovative: They are relentless in changing the game, pushing the envelope, and seeking innovative solutions to challenging problems.
Sharing Success & Developing Together: They thrive when they share their success, develop their greatest potentials, and grow together.
Humility: They value confidence, openness, curiosity, and will go the extra mile to learn from anyone and anywhere.
Environment + Sustainability
50% Cycle Time Reduction
Production Efficiency
Robotics platform reduces production cycle time by nearly half, supporting sustainable building practices.
560 MT CO₂ Savings
Carbon Emissions Reduction
560 metric tons of CO₂ equivalent saved per 1 million homes built through robotic automation.
Funded by Sustainable Development Technology Canada to accelerate clean‑tech deployment targeting housing carbon emissions and material waste reduction
Off‑site prefabrication strategy supports more efficient logistics and reduced transportation emissions
Targeting net‑zero lifecycle impact through waste reduction, energy efficiency, lean production—though no publicly stated net‑zero year
Inclusion & Diversity
No public DEI strategy, goals, statistics or gender-related data currently disclosed on website or LinkedIn